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Found 9 packages
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CelestialEngine.Net45
A 2D deferred-rendered .NET game engine designed for programmers with advanced lighting, shadows, and physics.
v0.1.7.2
↙ 24.6K / total
monogamegameenginexna2d
pkg
CelestialEngine.Extensions.WebUI
A screen component for Celestial Engine to render UI elements using HTML and CSS by leveraging Chromium Embedded Framework. Currently only supported on Windows.
v0.1.6.7
↙ 12.4K / total
monogamegameenginexna2d
RealmeyeSharp
Gets user infomation on realmeye. how to use got to project url and look at example
v2.4.0
↙ 27.4K / total
ROTMGRealmeyeAPIRealmeyeRealm
Occurify
A comprehensive and intuitive .NET library for defining, filtering, transforming, and scheduling time periods.
v0.10.0
↙ 17.8K / total
OccurifyTimeInstantInstantsPeriod
Occurify.Astro
Astronomical instants and periods for Occurify: Track sun states, perform calculations, and manage events.
v0.10.0
↙ 4.3K / total
OccurifyAstronomyAstronomicalAstroCoordinate
pkg
InTaha.SunMoonTimes
SunMoonTimes is a .NET library that delivers precise calculations of solar and lunar positions on Earth. It allows you to determine sunrise, sunset, moonrise, and moonset times for any observer location and date—past, present, or future. Additionally, it computes the azimuth and elevation angles of the sun and moon as seen from the observer’s position. This library is ideal for applications requiring accurate celestial event timings and positional data.
v1.1.0
↙ 1.4K / total
SunriseSunsetMoonriseMoonsetSolar
pkg
CosineKitty.AstronomyEngine
Astronomy Engine calculates Sun, Moon, and planet positions. It predicts lunar phases, eclipses, transits, oppositions, conjunctions, equinoxes, solstices, rise/set times, and other events. It provides vector and angular coordinate transforms among equatorial, ecliptic, horizontal, and galactic orientations. - Provides calculations for the Sun, Moon, Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, and Pluto. - Calculates all supported objects for any calendar date and time for millennia before or after the present. - Provides heliocentric and geocentric Cartesian vectors of all the above bodies. - Determines apparent horizon-based positions for an observer anywhere on the Earth, given that observer's latitude, longitude, and elevation in meters. Optionally corrects for atmospheric refraction. - Calculates rise, set, and culmination times of Sun, Moon, and planets. - Finds civil, nautical, and astronomical twilight times (dusk and dawn). - Finds date and time of Moon phases: new, first quarter, full, third quarter (or anywhere in between as expressed in degrees of ecliptic longitude). - Predicts lunar and solar eclipses. - Predicts transits of Mercury and Venus. - Predicts lunar apogee and perigee dates, times, and distances. - Predicts date and time of equinoxes and solstices for a given calendar year. - Determines apparent visual magnitudes of all the supported celestial bodies. - Predicts dates of planetary conjunctions, oppositions, and apsides. - Predicts dates of Venus' peak visual magnitude. - Predicts dates of maximum elongation for Mercury and Venus. - Calculates the positions of Jupiter's four largest moons: Io, Europa, Ganymede, and Callisto. - Allows custom simulation of the movements of user-defined small bodies, such as asteroids and comets, through the Solar System. - Converts angular and vector coordinates among the following orientations: Equatorial J2000, Equatorial equator-of-date, Ecliptic J2000, Topocentric Horizontal, Galactic (IAU 1958). - Determines which constellation contains a given point in the sky. - Calculates libration of the Moon. - Calculates axis orientation and rotation angles for the Sun, Moon, and planets.
v2.1.19
YiJingFramework.PrimitiveTypes.GanzhiCombinations
此包提供了一些类型，以表示干支的组合。 This package provides some types that represent the combinations of Tiangans and Dizhis.
v2.0.1
↙ 1.6K / total
YiJingFramework天干TianganHeavenlyStemCelestialStem
pkg
LibraryLab3
Библиотека, демонстрирующая разницу между Internal и Public.
v1.0.0
↙ 130 / total
PublicInternalDifference